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WestEd.org WestEd.org
Designing Professional Development and Classroom Learning
Cynthia Greenleaf Strategic Literacy Initiative WestEd
The University of Auckland Team Solutions Seminar March 17,2014
readingapprenticeship.org
to Increase Student Agency, Literacy Achievement, and Learning
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Plan for Today
Background, context, rationale
Design principles for PD
Experiential taste of PD approach
Studies of PD Impact
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Strategic Literacy Initiative at WestEd, USA
A program of research and development focusing on improving academic literacy across subject areas
Mission: To work with communities of educators to support the development of high level academic literacy skills among diverse populations of students, especially academically underperforming youth
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Strategic Literacy Initiative Program of Research and Development
How can we provide diverse students with the means to participate successfully in the complex literacy practices they encounter in school and beyond?
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Strategic Literacy Initiative Program of Research and Development
Reading Apprenticeship Instructional Framework Inquiry-Based Professional Development Model Ongoing R&D in discipline-specific literacy instruction Ongoing studies to refine and improve program impact for teachers and students
• NSF, IES • Investing in Innovation (RAISE, iRAISE) • Reading for Understanding (READI) • SEED (RAWC)
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The nation must reach for high level literacy skills (Heller & Greenleaf, 2007).
As they move up the grade levels, students are expected to read specialized texts and to perform discipline specific tasks with little instruction about how to do so (Lee & Spratley, 2010).
Raising Our Sights
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Academic Disciplines Participate in Distinct Literacy “Practices”
Specialized ways of reading, writing, speaking and reasoning that are specific to an intellectual discipline • Particular reasons to read and write • Conventional forms of text & means
of representation
Valued reasoning processes • Traditions of argumentation: What
counts as a good question, evidence, problem, or solution
Boyle's Law
0
100
200
300
400
500
0.10 0.20 0.30 0.40 0.50 0.60
Volume (L)
Pre
ssu
re (
kPa)
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Distinct Literacy Practices Support Discipline-Based Tasks
Proof in algebra or geometry
Document analysis in history
Hypothesis generation and inquiry design in science
Thematic and symbolic analysis in literature
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Preparing Students for Advanced Literacies
Many of our secondary students are profoundly inexperienced and unprepared to engage in academic literacies, but they are not beginning readers.
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Practices Common to Secondary Subject Area Teaching (ACT 2006, 2009, 2012)
Teaching as Telling Teaching around the text Doing the intellectual work for students
Lecture & PowerPoints Explanations & interpretations Demonstrations
Putting students in passive modes Students receive information Students copy, recite, remember
Assigning and hoping for the best
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• Teachers often misread students’ literacy performances as evidence of inability (Hull & Rose, 1989; Greenleaf, Hull, & Reilly, 1994).
• Teachers “teach around the text” and resort to “telling” students what texts say and mean (Greenleaf & Heller, 2004; Schoenbach & Greenleaf, 1999).
• Teachers do not have the resources they need to support diverse learner needs (Heller & Greenleaf, 2007)
• Students have increasingly limited opportunities to read and gain advanced literacy proficiencies.
Structural Challenges: Findings from Studies of Secondary Teaching
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To Advance Literacy Development, What Should Students Be Doing with Academic Texts?
Grappling, inquiring, raising questions Making meaning Building knowledge Identifying and solving problems Using evidence Constructing and critiquing arguments
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Transforming the Learning Culture of the Secondary, Subject Area Classroom
Students ask text-based questions Students interpret texts, negotiate multiple interpretations Teacher frames reading as collaborative inquiry Teacher and students foreground the process of figuring things out
Teacher asks text questions and tests comprehension Teacher interprets texts, has right interpretations Teacher frames reading as fact extraction Teacher and students foreground knowing content and having correct answers
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Discipline-Based Literacy Apprenticeships for Students and Teachers
• High level, advanced literacies are discipline-shaped inquiry engagements with texts
• For students to acquire these literacies, they must be engaged in discipline-based literacies and metacognitive inquiry as a mode of learning o (meta-affective, meta-linguistic, meta-discursive)
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Discipline-Based Literacy Apprenticeships for Students and Teachers
• High level, advanced literacies are discipline-shaped inquiry engagements with texts
• For students to acquire these literacies, they must be engaged in discipline-based literacies and metacognitive inquiry as a mode of learning o (meta-affective, meta-linguistic, meta-discursive)
• For subject area teachers to create such learning environments, they must themselves be engaged in metacognitive inquiry o (into their disciplines, texts, reading and discourse
processes, student learning, their own teaching)
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Building Capacity for the Responsive Teaching of Subject Area Literacy
Developing knowledge about literacy and learning
Developing beliefs, values, and commitments
Developing instructional repertoire
Developing professional identity
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Preparing Secondary Subject Area Teachers
My students can’t, don’t, won’t read
I don’t know how to teach reading
I have too much to cover to add anything else
Besides, it’s not my job
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Subject Area Teachers Feel Unprepared • don’t have training to be “reading
teachers”
• don’t have time to “stop and teach reading” in addition to their subject areas (Jacobs, 1999; Jacobs & Wade, 1981)
• are not necessarily members of disciplinary discourses (Draper, 2008)
• don’t know how to help students who struggle with their classroom materials (Dupuis, 1984)
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Subject Area Teachers Have Untapped Knowledge and Expertise
• may not be cognizant of the literacy demands of their subject areas (Heller & Greenleaf, 2007; Draper, 2008)
• are largely unaware of their own specialized literacy expertise (Greenleaf & Schoenbach, 2004; Greenleaf & Katz, 2004).
• need support to see past their “expert blind spots” (Braunger, et al., 2006; Nathan & Petrosino, 2003)
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Design Principles in Professional Development: Inquiry-Based PD
• Connections to teachers’ experience, disciplinary commitments, and expertise
• Practice “making thinking visible” with varied subject area texts and investigations
• Collaborative, metacognitive learning experiences embedded in content that models target classroom practices
• Opportunities to explore student reading and thinking in the context of content learning
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Reading Process Inquiries
Turning insights into assets for instruction
The primary question was not what do we know, but how do we know it.
Aristotle
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Reading Process Analysis with a Science Diagram
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Reading Process Analyses
What did you do to make sense of this text?
What got in the way of your reading?
What problems did you solve?
What problems, if any, remain?
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Microbial mats composed of giant sulfur bacteria are observed throughout the benthos along continental margins. These communities serve to oxidize dissolved sulfides to sulfate, and are typically associated with the recent exposure of sulfide-rich sediments. Such mats are also ubiquitous in areas of hydrocarbon seepage, where they are thought to consume sulfide generated in underlying sediment. Despite the high abundance of dissolved methane in hydrocarbon seeps, few studies have considered the importance of methanotrophy in mat communities. To assess the importance of methanotrophs in microbial mats from hydrocarbon seeps, an approach involving lipid biomarkers, stable isotopes and enrichment culturing was applied. Microbial mat samples were collected from benthic surfaces at two hydrocarbon seeps located in the Coal Oil Point seep field, offshore from Goleta, California. Both samples display a high abundance of 16:1 fatty acids, including two isomers specific to type I methanotrophic bacteria, 16:1(ω8) and 16:1(ω6). Depleted values of δ 13C found in 16:1 fatty acids suggests methane assimilation into biomass, whereas three separate investigations of sulfide-oxidizing bacteria yield fractionation factors too small to account for these values. On the basis of these observations and experiments, an isotope mass balance was applied to fatty acids present in the microbial mat samples which indicates methanotrophs contribute up to 46% of total fatty acids. These results implicate methanotrophy as an important function for microbial mats in seep areas, despite the visual appearance of these mats as being composed of giant sulfur bacteria.
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Reading Process Analyses
What did you do to make sense of this text?
What got in the way of your reading?
What problems did you solve?
What problems, if any, remain?
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Designing Literacy Inquiries Capturing the Reading Process (Graves, 1989) Think-Aloud with Disciplinary Texts (Pressley, 2002)
Open-ended Problem-Solving, Strategic
Close Readings (Haas & Flower, 1988) What do I know? How do I know it?
Discipline-Based Interpretive Strategies/Heuristics Rules of notice, significance, coherence, configuration (Rabinowitz, 1989); Sourcing, contextualizing, corroboration (Wineburg, 1989)
Text and Task Analysis (Hillocks 1995; McKeown, et al., 1997)
Assumed knowledge, language and text features, audience, purpose, function
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Teacher Learning Goals: Reading Process Analyses
• Experiencing the struggle to comprehend: complexity of literacy tasks, empathy, collegial support
• Building awareness of strategic problem-solving: identifying a repertoire and reservoir for teaching
• Fostering ownership: identifying and embracing discipline-specific literacy practices
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Inquiries into Student Literacy Performance
Turning insights into assets for instruction
The primary question was not what do we know, but how do we know it.
Aristotle
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Inquiries into Student Literacy Performance in Introduction to Chemistry
• Underperforming high school, Title 1
• ~ Half of the class scored below 10th percentile on standardized reading tests
• Only two students scored above 25th percentile
• Introduction to Chemistry, midway through the academic year
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Inquiries into Student Literacy Performance in the Subject Area Classroom
Discussion Protocol: Evidence/Interpretation Notetaker Viewing and discussion roles: 1-What do you notice about students’
reading and talk about reading? 2-What do you notice about the
instructional supports for student reading and talk?
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EVIDENCE I saw/heard/read …
INTERPRETATION I wondered/I concluded/ I thought…
Take notes on what you observe in this space
Put your conclusions, questions, and conjectures over here
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http://readingapprenticeship.org/research-impact/videos/classroom/
Navigate to the following link and click on the Intro to Chemistry video to proceed
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Inquiries into Student Literacy Performance in the Subject Area Classroom
Discussion Protocol: Evidence/Interpretation Notetaker Viewing and discussion roles: 1-What do you notice about students’
reading and talk about reading? 2-What do you notice about the
instructional supports for student reading and talk?
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Inquiries with Curriculum-Embedded Reading Assessments
Read and annotate text Respond to process questions
• Summarize in your own words • What was happening in your mind
as you read this piece? • What did you do that helped you
understand the reading? • What questions or problems do you
still have with this piece? • How difficult would you say this was
to understand? Respond to teacher-made content comprehension questions
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http://readingapprenticeship.org/research-impact/videos/professional-development/
Inquiries into Students’ Literacy Performances in the Professional Learning Community
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Goals: Inquiries into Students’ Literacy Performances • Developing teachers’ insights into teaching and
student learning through case inquiry and assessment protocols
• Recognizing students’ strengths and resources: disrupting deficit views
• Identifying instructional needs and taking responsibility
• But, to see task demands and student assets and resources teachers must: • do the work themselves and • use evidence/Interpretation protocols
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Inquiry-Based Professional Development Results in Teacher Learning
• Teachers transform and enrich their conceptions of reading, reading processes, and texts – often becoming stronger academic readers themselves!
• Teachers shift their thinking about student reading resources, capacity, and difficulty
• Teachers develop a professional identity that embraces their discipline-based literacy expertise
• Teachers develop a language and classroom routines for mentoring students in reading and thinking processes
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• Teachers gain experience with a repertoire of teaching strategies!
• Teachers become facilitators of subject area learning and literacy mentors to students
• Teachers adaptively generate a variety of ways to integrate comprehension instruction into content area teaching, even “on the fly”
• Teachers positively impact student reading achievement
Inquiry-Based Professional Development Results in Teacher Learning
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Inquiry-Based Professional Development Transforms Subject Area Teaching
Teacher Surveys, Teaching Assignments, and Teacher Interviews show large and significant differences in instruction for the intervention group, compared to controls
• Increased teacher support for reading engagement • Less lecture • More collaborative group work • More discussion of science or history readings • More metacognitive inquiry • More modeling and guided practice in comprehension
routines and strategies • Differentiation to support all learners
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Teacher Interviews: Intervention/Control Differences, NSF Study
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Students in Reading Apprenticeship classrooms performed better on state standardized tests in biology and English language arts and reading comprehension. An analysis of scores by demographic group found statistically significant increases in test scores for white, Latino, and English learner students in the intervention classes.
National Science Foundation Study: Integrating Reading Apprenticeship and Science Instruction in High School Biology
This research study tested the impact of Reading Apprenticeship teacher professional development on teacher knowledge and skills, instructional practices, and on student achievement in science and reading.
Inquiry-Based Professional Development Advances Student Achievement
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Institute of Education Sciences Study: Reading Apprenticeship Professional Development in High School U.S. History
ES=.26
ES=.08
ES=.24
ES=.2
ES=.25
ES=.19
.00
.05
.10
.15
.20
.25
.30
Cross Sectional Longitudinal
ELA CST
Reading Comprehension
History CST
Inquiry-Based Professional Development Advances Student Achievement
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**
** **
**
**A
0 .1 .2 .3 .4 .5 .6 .7 .8 Difference in SD Units
Reading Science
Motivation in Class
Student Identity
Identifying as a Reader
Integration of Reading & Biology
Reading in Biology
English Non-English
Inquiry-Based Professional Development Builds Student Identity and Motivation
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Conclusion: Professional Development Design Matters
How we use teachers’ limited time matters.
• We can design professional development to build core capacities for the insightful teaching of discipline-specific literacy • knowledge, beliefs, insight, repertoire, professional
judgment, and professional identity
• Inquiry into reading processes, the demands of texts, and student reading helps teachers develop generative knowledge that can transform classroom practice
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Resources on readingapprenticeship.org
http://readingapprenticeship.org/articles/building-capacity-for-the-responsive-teaching-of-reading-in-the-academic-disciplines/
Videos of Classrooms and Professional Development Assessment tools
Publications
Greenleaf, C. & Schoenbach, R. “Building capacity for the responsive teaching of reading in the academic disciplines: Strategic inquiry designs for middle and high school teachers’ professional development.” In D. S. Strickland & M. L. Kamil, (Eds.) (2004), Improving Reading Achievement through Professional Development, Christopher-Gordon Publishers, Inc., pp. 97 – 127.
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Thank you
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